The First anomaly is very fast and will not appear in all frames, as it was also not picked up by most of the press.

I do not have the video enhancement tools to clear the distortion, but as you view the following video the photos will begin to make sense.

Start at 1:08-1:12

Knowing the distance between the towers, speed can easily be calculated as the two objects travel in mostly linear paths. I would be interested if anyone can calculate those figures based upon tower distance for point a to b calculations.

First target Anomaly A, (1:09) should be easiest to calculate as it travels behind the towers (probable or it can be camera, distortion, yet in front of the rocket. Further photos are posted below, that may confirm this.

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Is Anomaly A a Bug? (Again this is enhanced with very basic editing equipment)

Anomaly A Behind Tower C

Anomaly A Behind Tower B

Anomaly A behind tower C

Anomaly A High-Speed Transit Past Target

Anomaly B Magnified – No other Enhancements

Anomaly B on Approach Towards Target – Post-Detonation

Anomaly B- Hue enhanced – Post-detonation – Reflective Properties

Anomaly B – No enhancements post-detonation – Reflective Properties

Anomaly B – on approach post-detonation

Anomaly A – on High-Speed Approach pre-detonation ( Low flying center between Tower A and B)